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1ST SEMESTER 1
SCTE,ASSAM |
GOVERNMENT OF ASSAM DIRECTORATE OF TECHNICAL EDUCATION
ASSAM
FINAL DRAFT SYLLABUS OF 1st SEMESTER
1ST SEMESTER 2
SCTE,ASSAM |
1. Course Title: Communication in English-I
1. Course Title: COMMUNICATION IN ENGLISH-I
2. Course Code: Hu/101
3. Semester: I
4. Aim of the course:
The general aim of a course in English language and communication is aimed at the three domains of
learning: knowledge, skills and attitudes. In keeping up with this aim, it is attempted to develop all the four
skills of language learning in the learner – listening, speaking, reading and writing and also to enable the
students to use the grammar of the English language correctly. Since, all these four skills are interrelated to
each other, this course is aimed at achieving language proficiency in all the four skills so that at the end of
the course the student is a confident user of the General Indian English (GIE), with the added knowledge of
the other variants as British English and American English. This, it is attempted to achieve, by building a
carefree, tension free classroom atmosphere in which the language classes incorporate activities related to
these four skills. It is aimed that at the end of the course, the student can relate to the English language as a
language of communication and conduct of everyday affairs.
5. Course outcome:
On completion of the course on Communication in English-I, student will be able to
CO1 = Comprehend basic sentences in English.
CO2 = Construct grammatically correct sentences in English.
CO3 = Use grammatically correct English sentences in everyday situations.
CO4 = Use varied English vocabulary in everyday situations confidently.
CO5 = Conduct themselves orally using simple English.
6. Teaching Scheme (in hours)
Lecture Tutorial/Class Test Practical Total
39 3 0 42
1ST SEMESTER 3
SCTE,ASSAM |
7. Examination Scheme:
Evaluation Scheme
Theory Practical
Total Marks
(Theory+ Practical)
ESE
Sessional(SS) Pass
(ESE+SS)
Practical
Test(PT)
Practical
Assessment(PA)
Pass
(PT+PA)
TA HA
Total
(TA+HA)
70 10 20 30 30/100 - - - 100
8. Detailed Course Content:
Chapter
no.
Chapter Title Content / area of focus Intended Learning
Outcome
Duration
in hours
1. Parts of Speech 1.1 Recognition and review of Nouns,
Pronouns, Verbs, Adverbs,
Adjectives, Prepositions,
Conjunctions, Interjections
1.2 Knowledge of Subject, Object and
Compliment of the Verb
1.3 Verbals –Infinitival, Gerund and
Preposition
1. Explain the
different parts of
speech.
2. Describe the
various parts of
sentence.
3
2. Prepositions of time
and place
2.1 Contextual teaching of
prepositions of time - on, in , at,
since, for, ago, before, to, past, to,
from, till/until, by
2.2 prepositions of place: in, at, on,
by, next to, beside, near, between,
behind, in front of, under, below, over,
above, across, through, to, into,
towards, onto, from
1. Explain
prepositions of time
and place.
5
3. Clause, phrases and
Relative Clauses
3.1 Basic definitions of clauses and
phrases
1. Describe the
various types of
clauses and phrases
2
1ST SEMESTER 4
SCTE,ASSAM |
3.2 Focus on Relative Pronouns and
their use in sentences as relative
clauses
with special
reference to relative
clauses.
4. Subject Verb
Agreement
4.1 Rules that guide the agreement of
the subject to its verb
1. Explain subject
verb agreement.
5
5. Sentence types and
Transformation of
sentences
5.1 Assertive sentences, Exclamatory
sentences, Interrogative sentences,
Negative sentences, Compound
sentences, complex sentences, simple
sentences, Degrees of Comparison
1. Describe the
various types of
sentences and their
transformations.
5
6. Voice 6.1 Change from Active Voice to
Passive Voice and vice versa
1. Describe Voice. 3
7. Punctuation 7.1 Use of the comma, semi-colon,
colon, apostrophe, exclamation mark,
question mark and quotation marks
1. Explain
punctuation in
different situations
and sentences.
5
8. Word formation 8.1 Change of one part of speech to
the other: from Verbs to Nouns,
Nouns to Verbs, Adjectives to Nouns,
Nouns to Adjectives, Verbs to
adverbs, and Adverbs to Verbs
1. Explain the
conversion of one
part of speech to the
other.
2
9. Affixation 9.1 Prefixes and Suffixes and new
word formations
1. Explain the use of
various Affixes and
the change of
meaning with it.
2
10. Nominal Compounds 10.1 Common nominal compound 1. Describe how
different nouns can
come together to
form a new word.
2
11 Paragraph Writing 11.1 Descriptive Paragraph on various
related topics.
1. Describe how to
write coherent
paragraphs in
related words.
5
1ST SEMESTER 5
SCTE,ASSAM |
BOOKS RECOMMENDED:
1. Essential English Grammar with Answers by Raymond Murphy (Cambridge University Press)
2. English for Polytechnics by Dr Papori Rani Barooah (Eastern Book House Publishers)
3. English Grammar by Annie Brinda (Cambridge University Press)
9. TABLE OF SPECIFICATIONS for Communication in English-I
Sl.
No.
Topic
(a)
Time
allotted
in hours
(b)
Percentage
Weightage
(c)
Knowledge Comprehension Application HA
1 Parts of Speech 3 7 2 1 1 0
2 Prepositions of
time and place
5 13 5 2 1 2
3 Clause, phrases
and Relative
Clauses
2 5 3 3 2 2
4 Subject Verb
Agreement
5 13 4 2 2 3
5 Sentence types
and
Transformation
of sentences
5 13 4 2 2 2
6 Voice 3 8 2 2 1 1
7 Punctuation 5 13 3 2 2 2
8 Word formation 2 5 2 1 1 1
9 Affixation 2 5 1 1 1 0
1ST SEMESTER 6
SCTE,ASSAM |
10 Nominal
Compounds
2 5 1 1 1 0
11 Paragraph
Writing
5 13 2 3 3 3
Total 39 100 29 20 17 16
K=Knowledge, C=Comprehension, A=Application,
HA=Higher Than Application(Analysis, Synthesis, Evaluation), C=b
⅀𝑏x100
10. Distribution of Marks:
Detailed Table of Specifications for Communication in English-I
Sl.
No.
Topic Objective Type Short Answer Type Essay Type Grand
Total K C A T K C A HA T K C A HA T
1 Parts of Speech 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1
2 Prepositions of
time and place
1 1 1 3 2 0 0 0 2 5 0 0 0 5 10
3 Clause, phrases
and Relative
Clauses
1 1 1 3 3 0 0 0 3 4 0 0 0 4 10
4 Subject Verb
Agreement
1 1 1 3 2 2 2 1 7 0 0 0 0 0 10
5 Sentence types
and
Transformation
of sentences
2 1 0 3 2 2 2 1 7 0 0 0 0 0 10
6 Voice 1 0 2 3 1 1 1 0 3 0 0 0 0 0 6
7 Punctuation 1 1 1 3 2 1 1 1 5 0 0 0 0 0 8
8 Word formation 0 0 2 2 1 1 1 0 3 0 0 0 0 0 5
1ST SEMESTER 7
SCTE,ASSAM |
9 Affixation 0 0 2 2 1 0 0 0 1 0 0 0 0 0 3
10 Nominal
Compounds
0 1 1 2 0 0 0 0 0 0 0 0 0 0 2
11 Paragraph
Writing
0 0 0 0 0 0 0 0 0 5 0 0 0 5 5
Total 8 6 11 25 14 7 7 3 31 14 0 0 0 14 70
K=Knowledge C=Comprehension A=Application
HA=Higher Than Application T=Total
XXXXXXXXXXXXX
1ST SEMESTER 8
SCTE,ASSAM |
2. Course Title: Mathematics – I
1. Course Title: Mathematics – I
2. Course Code : Sc – 102
3. Semester : First Semester
4. Aim of the course:
To learn about Complex numbers and methods of simplifying fractions.
To learn ways of solving binomials, finite and infinite series .
To learn about Equations involving large number of unknowns.
To learn application of Trigonometry , Mensuration and plane figures.
5. Course Outcome:
On completion of the course, students will be able to
Recognize and differentiate between Real and Complex numbers.
Separate and simplify complicated polynomial quotients by reducing them into simple partial
fractions.
Determine values of large numbers having integral or non-integral powers.
Obtain solutions for finite and infinite series expressions.
Solve equations having large number of unknowns.
Obtain results for physical problems related to angles, area and volume.
6. Teaching scheme:
Teaching scheme(in hours)
Lectures Tutorial Total(per week)
3 1 4
1ST SEMESTER 9
SCTE,ASSAM |
7. Examination Scheme:
Evaluation Scheme
Theory Practical
Total Marks
(Theory+ Practical)
ESE
Sessional(SS) Pass
(ESE+SS)
Practical
Test(PT)
Practical
Assessment(PA)
Pass
(PT+PA)
TA HA
Total
(TA+HA)
70 10 20 30 30/100 - - - 100
8. Detailed Course Content:
Chapter
No.
Chapter Title Contents Intended Learning Outcomes hours
GROUP – A: ALGEBRA
Hours: 24 Marks: 30
A1
Complex
Numbers
1.1. Definition, geometric
representation, Modulus,
amplitude, polar form of a complex
number.
1.2. Rationalisation, addition,
multiplication, conjugate, square
root of a complex number, cube
root of unity.
1. Recognise and define
Cartesian and polar form of
complex number.
2. Locate it in argand plane.
3. Carryout algebraic operations
on complex nos.
4
A2 Partial
Fractions
2.1. Definition, proper and improper
fractions
2.2. To resolve proper fraction into
partial fraction with non- repeated
linear factors, repeated linear
factors and irreducible non-
repeated quadratic factors. Simple
problems
1. Identify different types of
fractions.
2. Resolve and reduce improper
fractions into simple partial
fractions.
2
1ST SEMESTER 10
SCTE,ASSAM |
Chapter
No.
Chapter Title Contents Intended Learning Outcomes Hours
A3 Permutation and
Combination
3.1. Factorial notation and basic
principle of counting.
3.2. Deduction of formulae for
Permutation and Combination.
1. Arrangement of elements (similar
and unique).
2. Combination of elements.
3
A4 Binomial
Theorem
4.1. Binomial Theorem for positive integral
index, rational index (statement only),
general term, middle term, specific
terms.
4.2. Co-efficient of 𝒙𝒏, terms independent
of 𝒙, problems with engineering
applications.
1. Form and expand different types
of binomial expressions.
2. Obtain values of large numbers
having integral and rational powers.
2
A5 Logarithm
5.1. Definition, Laws of logarithm.
5.2. Problems related to Laws of
Logarithm and application.
1. Convert product and quotient of
large numbers into simple sums and
differences.
2
A6 Series 6.1. Arithmetic Progression Series,
arithmetic mean, sum to n-terms.
6.2. Geometric Progression Series,
geometric mean, sum to n-terms.
6.3. Sum to infinity of a G.P.Series.
6.4. Exponential Series.
6.5. Logarithmic Series.
1.Use and solution of series
expressions having equal intervals.
2. Use and solution of series
expressions having a common ratio.
3. Calculation of the possible finite
sum of an infinite series.
5
A7 Matrix
7.1. Definition, types of matrix - row
matrix, column matrix, square matrix,
diagonal matrix, unit matrix,
symmetric matrix, skew-symmetric
matrix.
7.2. Algebra of matrices: equality,
addition, subtraction, scalar
multiplication, multiplication.
1. Presentation of large data in an
organised expression.
2.Applying algebraic operations
on matrices under certain
conditions
3
1ST SEMESTER 11
SCTE,ASSAM |
Chapter
No.
Chapter Title Contents Intended Learning Outcomes Hours
A8
Determinants
8.1. Definition and expansion of
determinants of third order,
minors, co-factors.
8.2. Properties of determinants and
problems using properties.
8.3. Solution of simultaneous equations
using Crammer’s rule.
1. The expression of a square
matrix as a determinant with a
value.
2. Analysis and solution of
systems of linear equations.
3
GROUP – B: TRIGONOMETRY
Hours: 11 Marks: 20
B1 Trigonometric
Ratios
1.1. Compound Angles and Associated
Angles.
1.2. Transformation of sum or
differences into products and
products into sum or differences.
1.3. Multiple and Sub multiple Angles.
1.4. Solution of Trigonometric
Equations (angle between 0 and
2π).
1.5. Trigonometric Identities.
1. To get a fair knowledge of
Angle, distance, height with
reference to different shapes,
objects etc.
2. Uses of trigonometry in
different fields..
6
B2 Inverse
Trigonometric
Functions
2.1. Definition and basic concepts.
2.2. Properties of Inverse
Trigonometric Functions.
Uses of inverse trigonometric
functions to calculate angles and
inclinations under different
situations.
2
B3 Properties of
Triangles
3.1. Relation between the sides and
angles of a triangle.
3.2. Sine – Cosine formulae.
Relations between different
trigonometric functions.
3
1ST SEMESTER 12
SCTE,ASSAM |
Chapter
No.
Chapter Title Contents Intended Learning Outcomes hours
GROUP – C: MENSURATION
Hours: 5 Marks: 10
C1 Area of
Curvilinear
Figures
1.1. Area of Curvilinear Figures using
Simpson’s 𝟏
𝟑 rule.
Calculation of area of non-linear
figures.
2
C2 Volume and
Surface Area
2.1. Volume and Surface area of
prism, pyramid, Zone and sector of
a sphere, Frustum of pyramid and
cone.
Calculation of volume and area
of some three-dimensional
objects.
3
GROUP – D: CO - ORDINATE
GEOMETRY OF TWO-
DIMENSIONS
Hours: 5 Marks: 10
D1 Co- Ordinates 1.1. Relation between Cartesian and
Polar Co-ordinates, Distance
formulae[only for concept]
Concept and use of Cartesian
and polar co-ordinates.
1
D2 Straight line 2.1. Slope or gradient, different forms
of straight lines: point-slope from,
point-point form, slope-intercept
form, intercept form, perpendicular
form.
2.2. Angle between two straight lines,
equation of parallel and
perpendicular straight lines.
2.3. Distance of a point from a straight
line, distance between two straight
lines.
To get a good knowledge of
different forms of straight lines,
there formation and some
properties with respect to each
other.
4
1ST SEMESTER 13
SCTE,ASSAM |
9. Distribution of Marks:
Chap
ter
No.
Chapter Title Type of Question
Total Objective Type
(compulsory)
Short
questions
Descriptive
questions
A1 Complex Numbers 1+1=2 2
70
A2 Partial Fractions 1 3
A3 Permutation and
Combination
1+1=2 2
A4 Binomial Theorem 1+1=2 2
A5 Logarithm 1 2
A6 Series 3
A7 Matrix 1+1=2 2
A8 Determinants 1 3
B1 Trigonometric Ratios 1+1+1+1=4 2 3
B2 Inverse Trigonometric
Functions
1+1=2 2 3
B3 Properties of Triangles 1+1=2 2
C1 Area of Curvilinear
figures
1+1 3
C2 Volume and Surface
Area
1+1 3
D1 Co-Ordinates --- --- ---
D2 Equation of a straight
line
1+1=2 2 3+3=6
25 18 27 70
10. Suggested implementation strategies: The syllabus can be completed by taking regular
classes along with tutorial classes. Audio-Visual aids also can be used.
1ST SEMESTER 14
SCTE,ASSAM |
11. Suggested Learning Resources:
1. Applied Mathematics (vol. I&II) by R. D. Sharma
2. Engineering Mathematics by H .K. Das
3. Higher Trigonometry By Das and Mukherjee.
4. An Introduction to polytechnic mathematics Vol-I by Ajanta Choudhury, Parbin Ahmed, Geetali
Das
Annexure-I
TABLE OF SPECIFICATIONS FOR THEORY
Sr.
No
Topic
(a)
Time allotted
in hours
(b)
Percentage
Weightage
(c)
K
C
A HA
1 ALGEBRA 24 53.3 8 12 10
2 TRIGONOMETRY 11 24.5 6 9 5
3 MENSURATION 5 11.1 2 5 3
4 CO-ORDINATE GEOMETRY OF
TWO-DIMENSIONS
5 11.1 2 5 3
Total b = 45 100 25 18 27
K = Knowledge C = Comprehension A = Application
HA = Higher Than Application (Analysis, Synthesis, Evaluation) . 𝒄 =𝒃
∑𝒃× 𝟏𝟎𝟎
1ST SEMESTER 15
SCTE,ASSAM |
DETAILED TABLE OF SPECIFICATIONS FOR THEORY
Sr.
No
Topic OBJECTIVE
TYPE
SHORT ANSWER TYPE ESSAY TYPE
K C A T K C A HA T K C A HA T
1 ALGEBRA 6 5 11 2 4 4 10 3 6 9
2 TRIGONOMETRY 4 4 8 2 2 2 6 3 3 6
3 MENSURATION 2 2 4 3 3 6
4
CO-ORDINATE
GEOMETRY OF
TWO-
DIMENSIONS
2 2 2 2 3 3 6
K = Knowledge C = Comprehension A = Application
HA = Higher Than Application (Analysis, Synthesis, Evaluation)
Xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
1ST SEMESTER 16
SCTE,ASSAM |
3. Course Title: Chemistry – I (Theory)
1. Course Title : Chemistry - I(Theory)
2. Course Code : Sc-103 T
3. Semester : 1stSemester
4. Rationale of the Course: Modern development of industries requires more understanding of the
chemical substances used for engineering and industrial purposes. This part of Chemistry explains
various fundamental aspects of chemical substances which will develop basic understanding and skill
of engineering students.
5. CO : After completion of the course, student will be able to
1. Correlate different gas laws with respect to different parameters; estimate the amount of reactant
and product using balanced chemical equation.
2. Apply concept of different types of acid and bases to estimate the strength of acid and bases and to
use redox reactions for practical fields.
3. Explain atomic structure and its relation with the periodic table and chemical bonding.
4. Apply concept of pH and buffer solution to obtain high yield of industrially important products.
5. Utilize laws of electrolysis in industrial field and to construct various cells.
6. Design setup for removal and estimate of hardness of water .
6. Teaching Scheme (per week)
Lecture Tutorial Practical
3 0 3
7 Teaching Scheme (in hours) :
Theory (Hours) Practical Total
Lecture Tutorial Class Test 30 75
42 0 3
1ST SEMESTER 17
SCTE,ASSAM |
8 Examination Scheme :
Evaluation Scheme
Theory Practical
Total Marks
(Theory+ Practical)
ESE
Sessional(SS) Pass
(ESE+SS)
Practical
Test(PT)
Practical
Assessment(PA)
Pass
(PT+PA)
TA HA
Total
(TA+HA)
70 10 20 30 30/100 50 50 30/100 200
9 Distribution of Marks:
Chapter
No
Chapter Title
Type of Question Total
Marks
Objective Type
(compulsory)
Short
Questions
Descriptive
Questions
1
States of matter 1x3=3
2x1=2
4x1=4
9
2
Chemical equation
1x2=2
2x1=2 3x1=3
7
3
Acids, Bases, Salts,
Acidimetry and
Alkalimetry
1x4=4
2x1=2
3x1=3 9
4
Atomic Structure 1x2=2
2x1=2 4x1=4 8
5
Periodic classification of
elements
1x2=2
3x1=3
5
6
Chemical bonding 1x4=4 2x1=2 6
7
Chemical equilibrium
1x2=2 3x1=3 5
8
Catalysis 1x2=2 3x1=3 5
9
Electrochemistry
1x2=2 2x1=2 4x1=4 8
10 Water 1x2=2 2x1=2 4x1=4 8
TOTAL 25 14 31 70
1ST SEMESTER 18
SCTE,ASSAM |
10 Detailed Course Content:
Chapt
er No
Chapter
Title
Content I.L.O Duration
(in Hours)
marks
1
States of
matter
1.1 Properties of gases and their units of
measurements.
1.2 Boyle’s law
1.3 Charles’s law
1.4 Avogadro’s hypothesis
1.5 Ideal gas equation
1.6 Dalton’s law of partial pressure
1.7 Graham’s law of diffusion
1.8 Mole concept ,Numerical problems
Students will be able to
1. Explain the gas laws.
2. Derive Ideal gas
equation.
3. Calculate different
variables.
4. Solve numerical
problems on mole
concept.
5
9
2
Chemical
equation
2.1 Definition of a chemical Equation,
Qualitative and quantitative significance,
Limitations
2.2 Balancing of chemical equation
2.3 Stoichiometric calculations
2.4 Oxidation and Reduction
Students will be able to
1. Balance chemical
equations.
2. Perform stoichiometric
culations.
3. Explain oxidation and
reduction.
4
7
3
Acids,Bases,
Salts,acidime
try and
alkalimetry
3.1Theories of acids and bases-
Arrhenius,Brosted-Lowry and Lewis theory
3.2 Strong acids and Strong bases, Conjugate
acid –base pair
3.3 Classification of salts, Hydrolysis of salts.
3.4Equivalent weight of Acid, Bases and
Salts
3.5 Standard solution, Normal solution and
molar solution, concentration terms-
normality,molarity,gm/l,ppm
3.6 Definition of acidimetry and alkalimetry,
Principle of titration, Indicator
3.7 Determination of unknown strength of
Acids and Bases ,Numerical Problems
3.5
Students will be able to
1. Explain the theories of
acid base.
2. Prepare standard
solutions.
3. Calculate the strength
of acid –bases.
6
9
1ST SEMESTER 19
SCTE,ASSAM |
4
Atomic
Structure
4.1 Subatomic particles
4.2 Rutherford model
4.3 Bohr’s model
4.4 Dual nature of Electron, De-Broglie’s
hypothesis, Uncertainty Principle
4.5 Quantum number
4.6 Aufbauprinciple, Hundsrule, Pauli’s
exclusion principle, Electronic configuration.
Students will be able to
1. Explain the structure of
atom using different
models.
2. Explain the
significance of quantum
numbers.
3. Write electronic
configuration.
5
8
5
Periodic
classification
of elements
5.1 Modern periodic law ,Groups and periods
5.2 Periodic properties and their variation
along a group and period ( Atomic &ionic
radii, ionization energies, electron affinity,
electro negativity)
5.3 Characteristics of transition elements.
Students will be able to
1.Explain the periodic
properties.
2. Explain the
characteristic of
transitional elements.
2
5
6
Chemical
bonding
6.1Electronic theory of valency
,Electrovalency,Covency,Co-ordinate
covalency
6.2 Characteristics of Ionic and covalent
compound
6.3 Hydrogen bonding and its effect
6.4 Metallic bonding and related properties -
conductor, semi conductor and insulator.
Students will be able to
1. Explain different types
of bondings.
2. Differentiate ionic and
covalent compounds.
3. Identify conductor,
insulator and semi
conductor.
4
6
7
Chemical
equilibrium
7.1 Laws of mass action
7.2 Ionic product of water, Concept of pH
7.3 Buffer solutions
7.4 Solubility product and its application
7.5 Common ion effect
7.6 Le –chatelier principle and its
applications.
7.7 Hydrolysis of salts
Students will be able to
1.Derive equilibrium
constant.
2. Explain buffer solution,
common ion effect,
solubility product.
3. Apply Le-chetalier
principle.
4
5
1ST SEMESTER 20
SCTE,ASSAM |
11 Suggested Implementation Strategies: By Theory and Practical classes.\
12 Suggested learning Resources:
a. Chemistry for Polytechnic, Volume –I, by JyotishmoyBorah,RajuOjah.
b. Simplified Polytechnic Chemistry, Vol-I, byVinayYadav.
c. Modern Approach to Chemistry –Part- I and Part-II, by Y.R Sharma,BaidyanathBhuyan,
SudarsonBarua.
d. Senior Secondary Chemistry, Part-I and Part-II,byKamaleshChoudhury, Satyendra Kumar
Choudhury.
e. Engineering Chemistry, by Jain and Jain, Dhanpatrai publishing company
8
Catalysis
8.1 Definition, Types of catalysis
8.2 Industrial applications – Synthesis of
NH3, Manufacture of H2SO4 by contact
process.
Students will be able to
1.Classifycatalysis.
2. Use catalyst for
synthesis of ammonia and
sulphuric acid.
2
5
9
Electrochemi
stry
9.1 Faradays laws of electrolysis
9.2 Problems and industrial application-
Electro plating, Electrotyping, Galvanization,
extraction and purification of metals.
9.3 Electrolytic cell, Electrochemical cells,
Primary cell, Dry cell, Secondary cell –Lead
storage cell.
9.4 Electrochemical series.
Students will be able to
1.Apply Faraday’s laws of
electrolysis.
2. Prepare cells.
3. Use electrochemical
series to explain chemical
activity of elements.
5
8
10
Water
10.1 Soft water and hard water, causes of
hardness, unit of hardness
10.2 Removal of hardness : Permutit process ,
Deionization of water
10.3 Bad effect of hard water in the boiler
10.4 Treatment of boiler –feed water
10.5 Treatment of municipal water
10.6 Estimation of hardness by EDTA
method.
Students will be able to
1.Explain the causes of
hardness.
2. Design set up to
remove hardness of water.
3. Explain the treatment
processes for boiler feed
water and Municipal
water.
4. Estimate hardness of
water.
5
8
1ST SEMESTER 21
SCTE,ASSAM |
CHEMISTRY-l TABLE OF SPECIFICATIONS FOR THEORY
Annexure-I
Sr.
No
Topic
(a)
Time
allotted in
hours
(b)
Percentag
e
Weightag
e
(c)
Modified
Percentag
e
Weightage
(d)
K
C
A HA
1 States of matter 5 10 12 2 3
4
2
Chemical equation
4 10 10 1 3
3
3
Acids, Bases, Salts, Acidimetry and
Alkalimetry
6 16 14 2 3
1 3
4
Atomic Structure
5 10 12 1 7
5
Periodic classification of elements
2 10 4 1 1
3
6
Chemical bonding
4 10 10 2 1
3
7
Chemical equilibrium
4 12 10 1 4
8
Catalysis
2 5 4 1 4
1ST SEMESTER 22
SCTE,ASSAM |
K = Knowledge C = Comprehension A = Application
HA = Higher Than Application (Analysis, Synthesis, Evaluation) C=b
⅀𝑏x100
DETAILED TABLE OF SPECIFICATIONS FOR THEORY
S
r.
N
o
Topic OBJECTIVE TYPE SHORT ANSWER TYPE ESSAY TYPE
K C A T K C A HA T K C A HA T
1
States
of
matter
1
+
1
1 3 2 2 4 4
2
Chemi
cal
equati
on
1 1 2 2 2 3 3
3
Acid,
Bases
Salts,
Acidi
metry
and
Alkali
metry
1
+
1
1 1 4 2 2 3 3
9 Electrochemistry
5 7 12 1 7
10 Water 5 10 12 1 7
Total b 100 100
1ST SEMESTER 23
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4
Atomi
c
Struct
ure
1 1 2 2 2 4 4
5
Period
ic
classif
icatio
n of
eleme
nts
1 1 2 3 3
6
Chemi
cal
bondi
ng
1
+
1
1 1 4 2 2
7
Chemi
cal
equili
brium
1 1 2 3 3
8
Cataly
sis
1 1 2 3 3
9
Electr
o
chemi
stry
1 1 2 2 2 4 4
1
0
Water 1 1 2 2 2 4 4
K = Knowledge C = Comprehension A = Application
HA = Higher Than Application T = Total
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3. Course Title: Chemistry Practical – I
1. Course Title : Chemistry Practical – I
2. Course Code : Sc-103
3. Semester : 1st Semester
4. Objective: At the end of the program the student will be able to prepare Standard
Solution and determine the strength of Acid and Bases.
5. Teaching Scheme:
6. Distribution of Marks:
Units Topics Marks
1 Preparation of standard solution 10
2 Titration 10
3 EDTA method 10
4 pH determination 10
Viva- Voce 10
7. Detailed Course Content:
Units Topics Duration
(inhours )
1 1.1 Preparation of Standard Solution ofNa2CO3
1.2 Preparation of standard solution ofOxalic acid
8
2 2.1 Determination of strength of H2SO4 bytitration against N/10 Na2CO3
2.2 Determination of strength of NaOHbytitration against N/10 HCl
2.3 Redox titration : KMnO4 Vs H2C2O4
12
Hours/Week Hours/Semester
3
30
1ST SEMESTER, NEW SYLLABUS 25
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3 3.1 Determination of the total hardness ofwater by EDTA method 8
4 4.1 Determination of pH of a solution byusing pH meter. 2
8. Suggested learning Resources:
a. Higher Secondary Practical Chemistry.
b. Experiments in Applied Chemistry, Sunita Rattan, S.K. Khataria and Sons Publications.
c. Elementary Practical Chemistry by G.D. Sharma and Arun Baht.
d. Elements of Practical chemistry by SudarsanBarua.
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4. Course Title : Applied Physics – I
1. Course Title : Applied Physics - I
2. Course Code : Sc-104
3. Semester : 1st semester
4. Rationale of the subject: Physics is a foundation of all core technology subjects. Study of Physics is
essential for Diploma holders in engineering and technology to develop in them proper understanding
of physical phenomenon, scientific temper and engineering aptitude. Curriculum of Applied Physics
includes fundamental concepts used in industrial applications. So, physics is taught in the 1st and 2nd
semester in all disciplines of Diploma Engineering.
5. Course outcome : After completion of the course, students will be able to:
C.O.1: identify different systems of units and convert units from one system to
another as well as conversant with practical units.
C.O.2: understand equations of motion and their applications.
C.O.3: differentiate between Centripetal and Centrifugal force.
C.O.4: select proper materials suitable for a specific purpose by studying properties
of materials.
C.O.5: apply the knowledge of good and bad conductors of heat needed for different
engineering tasks.
C.O.6 : identify different factors affecting acoustical planning of buildings.
6. Teaching Scheme (in hours):
Theory Practical Total
Lectures Tutorial Class Test
30
75 42 0 3
7. Teaching scheme(in hours)/ week
Lectures Tutorial practical
3 0 3
1ST SEMESTER, NEW SYLLABUS 27
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8. Examination Scheme:
9. DETAILED COURSE CONTENTS:
Chapter Title of Chapter Topics and Sub-topics Hours
1
UNITS
AND
DIMENSIONS
1.1 Need of measurement and Unit in Engineering and Science,
definition of Unit, fundamental and derived quantities and their
units, different system of Units (CGS, MKS, FPS and SI),
Illustrations.
1.2 Definition of accuracy, precision and error, Estimation of Errors,
absolute error, relative error and percentage error, rules and
identification of significant figures with example.
1.3 Explanation of Dimension of physical quantity
Dimensional Equations of physical quantities and
their uses with examples.
1
1
1
Study Scheme
(Contact Hours)
Evaluation Scheme
Total
Marks
(Theory+
Practical)
Theory Practical
L T P ESE Sessional (SS) Pass
(ESE +
SS)
Practi
cal
Test
(PT)
#
Practic
al
Assess
ment
(PA)
@
Pass
(PT+PA) TA HA Total
(TA+
HA)
3 3 70 10 20 30 30/100 50 50 30/100 200
1ST SEMESTER, NEW SYLLABUS 28
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2
BASIC MECHANICS
2.1 Introduction to scalar and vector Quantities, representation of
vector, addition, subtraction and multiplication of vectors,
parallelogram law of vector addition, resolution of vector, dot and
scalar product of two vectors ( Details not required).
2.2 Recapitulation of Equation of motions (Deduction not necessary)
and associated numerical problems.
2.3 Newton’s Laws of motion: First law, explanation, definition of
force, Concept of Inertia, types of inertia (inertia of rest and inertia
of motion), Second law, explanation, measurement of force using
Newton’s second law, Momentum, impulse, gravitational force,
mass & weight, simple problems, Third law, explanation and its
examples, Principle of conservation of linear momentum,
statement and simple examples.(e.g. recoil of a gun), numerical
problems.
2.4 Circular motion, time period and angular velocity, relation
between angular velocity and linear velocity, Centripetal and
centrifugal force, Bending of a cyclist on a curved path, banking of
roads and railway track, angle of banking, super elevation,
numerical problems.
2.5 Rotational motion, torque, angular momentum, Moment of inertia,
Relation between torque and angular acceleration.
2.6 Work, power and energy, its concept, units and dimension,
Potential and Kinetic energy, its mathematical relations, Principle
of conservation of energy, its proof in case of a free falling body
under gravity, numerical problems.
2.7 Simple Harmonic Motion, its geometrical representations and
derivation of its equations definition of amplitude, time period,
frequency, phase etc., mathematical relations and units, Simple
Pendulum & second’s Pendulum, numerical problems.
2
1
3
2
1
2
1
1ST SEMESTER, NEW SYLLABUS 29
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3
GRAVITATION
AND
GRAVITY
3.1 Newton’s law of gravitation, gravity, acceleration due to gravity,
relation between ‘G’ and ‘g’, their units, variation of the value of g
with altitude and depth, Centre of gravity and Centre of mass ,
Numerical problems.
Escape velocity, orbital velocity, artificial satellite. (simple idea),
Geo-stationery Satellite.
3
4
PROPERTIES
OF
SOLID
4.1 Deforming force, restoring force, Elastic and plastic body,
explanation of stress and strain with their types, Hook’s law,
elastic limit , Young’s modulus, Bulk modulus, Rigidity modulus,
Poisson’s ratio, their units and numerical problems.
2
5
PROPERTIES
OF
LIQUID
5.1 Thrust & Pressure inside a liquid, Transmission of Liquid
Pressure, Pascal’s law, Principle of working of Hydraulic press.
5.2 Buoyancy, Archimedes principle, density and specific gravity
(relative density) their relation. Determination of Specific gravity,
numerical problems.
2
1
6 PROPERTIES
OF
GAS
6.1 Atmospheric pressure, its unit, Torricelli’s experiment, Barometer,
Concept of pump and siphon.
2
7
HEAT
AND
THERMODYNAMICS
7.1 Concept of heat and temperature, thermometer, its interval and
fixed point, different scales of temperatures and their conversion
formulae, numerical problems.
7.2 Thermal Expansion, Expansion of Solid, linear, Superficial and
Cubical expansion of solid, their co-efficient & their relations,
expansion of liquid, co-efficient of Real and Apparent expansion,
their relation, Variation of density with temperature, Anomalous
expansion of water (experimental determination not necessary).
Concept of Absolute scale of temperature.
7.3 Calorimetry: Unit of heat, Joule and calorie, Specific heat, thermal
capacity and water equivalent, Principle of calorimetry,
measurement of specific heat of a substance, numerical problems.
7.4 Hygrometry, Absolute and relative humidity, dew point.
1
3
2
1
1ST SEMESTER, NEW SYLLABUS 30
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7.5 Change of state of a body, Fusion/melting, laws of fusion, effect of
pressure on melting point, Regelation, Vaporisation, boiling
point, Laws of ebullition, latent heat, numerical problems.
Evaporation, difference between vaporisation and evaporation,
factors on which rate of evaporation depend.
7.6 Transmission of heat, three modes of heat transfer, conduction,
convection and Radiation, good and bad conductor of heat,
coefficient of thermal conductivity, its S.I. unit and dimension.
7.7 1st law and 2nd law of thermodynamics, Joule’s law and
Mechanical equivalent of heat.
2
1
1
8
WAVE AND SOUND
8.1 Wave motion, amplitude, period, frequency and wavelength,
relation between velocity, frequency and wavelength. Transverse
and longitudinal wave.
8.2 Propagation of sound, Expression for velocity of sound, Newton’s
Formula for velocity of sound in air and Laplace’s correction.
Various factors affecting the velocity of sound.
8.3 Audible range, Ultrasonic and infrasonic sound, application of
ultrasonic sound to calculate the depth of ocean. Free and forced
vibrations, Resonance.
8.4 Reflection of sound and its application, Echo and
reverberation of sound, Acoustic of building.
8.5 Musical sound and Noise, Characteristic of musical
sound, Doppler effect (Mathematical relation not
necessary).
1
2
1
1
1
1ST SEMESTER, NEW SYLLABUS 31
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10. Distribution of Marks:
Chapter
No
Chapter Title Teaching
Hours
Type of Question
Total
Marks
Objective type
Compulsory
Short
Question
Descriptive
Question /
Numericals
1 Units and Dimension 3 3 1 3 7
2 Basic Mechanics
12 4 2 12 18
3 Gravitation and
Gravity
3 2 - 3 5
4 Properties of Solid
2 3 1 3 7
5 Properties of Liquid 3 3 1 3 7
6 Properties of Gas
2 2 - 2 4
7 Heat
11 5 2 7 14
8 Wave and Sound
6 3 1 4 8
Total
42 25 08 37 70
11. DETAILED TABLE OF SPECIFICATIONS FOR THEORY.
Sr.
N
O.
Topic
OBJECTIVE TYPE
SHORT ANSWER
TYPE
ESSAY TYPE
K C A T K C A HA T K C A HA T
1 Units and Dimensions 1 1 1 3 1 - - - 1 1 1 1 - 3
2 Basic Mechanics 2 1 1 4 1 - 1 - 2 4 4 4 - 12
3 Gravitation and Gravity 1 - 1 2 - - - - - 1 2 - - 3
4 Properties of Solids 1 1 1 3 1 - - - 1 1 1 1 - 3
5 Properties of Liquids 1 1 1 3 - - 1 - 1 1 2 - - 3
6 Properties of gas 1 1 - 2 - - - - - 1 1 - - 2
1ST SEMESTER, NEW SYLLABUS 32
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7 Heat and Thermodynamics 2 2 1 5 1 1 - - 2 3 2 2 - 7
8 Wave and Sound 1 1 1 3 1 - - - 1 2 1 1 - 4
K=Knowledge, C= Comprehension, A= Application,
HA= Higher than application ( analysis, synthesis, Evaluation) and T=Total.
Annexure-1
12. TABLE OF SPECIFICATIONS FOR THEORY
Sr.
No:
Topics
(a)
Time allotted
in hours
(b)
Percentage
Weightage
(c)
%
K
C
A
HA
1 Units and Dimensions 3 7.14 3 2 2
2 Basic Mechanics 12 28.6 7 5 6
3 Gravitation and Gravity 3 7.14 2 2 1
4 Properties of Solids 2 4.8 2 3 2
5 Properties of Liquids 3 7.14 2 3 2
6 Properties of gas 2 4.8 2 2 0
7 Heat and Thermodynamics 11 26.2 5 5 4
8 Wave and Sound 6 14.3 3 3 2
TOTAL 42
b
100%
K=Knowledge, C= Comprehension, A= Application,
HA= Higher than application ( analysis, synthesis, Evaluation)
100b
Cb
.
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4. Course title: Applied Physics-I Practical
Course title: Applied Physics-I
Course Code: Sc-104
Total Marks: 100
Practical Examination : 50 Marks
Practical sessional Marks : 50 Marks
Chapter Title Content
Unit & measurements 1. Linear measurement by Vernier Calipers to determine:
a. Volume of a Wooden/ metallic Cube
b. Volume of a Wooden/ metallic cylinder
c. Volume of a Wooden/ metallic sphere
2.
d. Thickness of a metallic washer
3. Linear measurement by Screw Gauge to determine:
a. Cross sectional area of a wire
4. Linear measurement by Spherometer to determine:
a. Thickness of glass piece
b. Radius of curvature of concave mirror
c. Radius of curvature of convex mirror
Simple Harmonic
Motion
5. To determine the value of acceleration due to gravity (g) of a place
with Simple pendulum.
Wave & Sound 6. To measure the velocity of sound in Resonance tube.
7. To determine the frequency of a tuning fork using a Sonometer.
Properties of Liquid 8. Measurement of Specific gravity of solid, liquid, using Nicolson
hydrometer, Hare’s apparatus and specific gravity bottles etc.
Heat 9. To determine the atmospheric pressure by using Boyle’s law
apparatus.
10. To determine water equivalent of a calorimeter by method of mixture.
1ST SEMESTER, NEW SYLLABUS 34
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13. Suggested learning Resource:
A. Book list:
Sl.
No.
Title Author Publisher
I Modern Approach To Physics
Part I & II
Dilip Sarma,
N G Chakraborty,
K N Sharma
Kalyani Publishers-
New Delhi
2 Applied Physics Part I Manpreet Singh,
Dr. Major Singh,
Mrs. Hitashi Gupta
S K Kataria & Sons-
New Delhi
3 Applied Physics Part II Manpreet Singh,
Dr. Major Singh,
Mrs. Hitashi Gupta
S K Kataria & Sons-
New Delhi
4
Basic Applied Physics R K Gaur Dhanpat Rai Publication-
New Delhi
5 Physics- Std XI, Std XII - HSC board/CBSE Board
B. Websites:
I. http://hyperphysics.phy-astr.gsu.edu/
II. http://physics.info
C. By using Models, Video etc.
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1ST SEMESTER, NEW SYLLABUS 35
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5. Course Title: Engineering Drawing
ENGINEERING DRAWING
1st Semester Subject ref Me - 101
Total contact hours = 90 Exam. Full marks = 100
(Including 3 class test ) Sessional Marks = 100
Prerequisite: None
Aim of the subject : Engineering Drawing is the subject which is the base of all the engineering branches and
one of the mode of communications. The aim of the subject is to let the students know about the basics of the
engineering drawing , need of the drawing in their respective branches for future applications. After studying the
subject the students will be able to know the use and applications of different instruments in drawing, how these
instruments are used in right from simple lettering to orthographic projection then to isometric projection.
CO---- Course Objective (Outcome based)
After studying the subject the students will be able to
1. Know the use the drawing instruments
2. Draw the simple geometrical drawings with the help of drawing instruments
3. Appreciate the lettering graphical process
4. Construct reducing scale, diagonal scale
5. Draw the projection of a point
6. Draw the projection of a straight line
7. Represent the orthographic projection (including side and sectional views)
8. Draw isometric projection
9. Know the use of rivets and screws
TOPIC WISE MarksDisribution
SL.No Major Topics Hours
Allotted
Weightage
of Marks
No of marks
Obj Short Long
1 Introduction Chapter 12 20 4 4 12
2 Geometrical Constructions 12 20 4 4 12
3 Lettering and Scales 9 14 2 2 10
4 Projection of points 6 12 2 1 9
5 Projection of lines 9 14 2 2 10
1ST SEMESTER, NEW SYLLABUS 36
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6 Orthographic projection 15 24 4 4 16
7 Rivets heads and joints 6 10 2 1 7
8 Isometric Projection 9 14 2 4 8
9 Thread Profiles 3 4 1 3 0
10 Screwed fastenings 6 8 2 0 6
Total Hours 90 140 25 25 90
Unit Topic/ Sub Topic
1. INTRODUCTION [ Total Hours: 12 Hrs ] SHEET NO-1
1.1 Drawing as a medium of communication
1.2 Use and care of Drawing Instruments Assignments:
Such as Drawing of Horizontal and Vertical Lines, Square, Rectangle,
Mosaic Pattern, Angular Pattern, Stamping with circular pattern.
1.3 Types of Lines and Dimensioning as per 15696/72
2. GEOMETRICAL CONSTRUCTIONS [ TOTAL HRS = 12 HRS. ] SHEET NO-2 & 3
2.1 Freehand curves, free hand Drawing
2.2 Construction of triangles, Perpendicular and angles of 300, 450, 600, 900
2.3 Construction of Regular Polygons.
2.4 Regular Polygons inscribed in circles.
2.5 Regular figures by using T – square and Set – square.
3. LETTERING, SCALES [ Total Hours = 9 Hrs. ] SHEET NO-4
3.1 Single Stroke Lettering Straight and Inclined by graph and Free hand Letters and digits as per
15696/72.
3.2 Scale- Representative Fraction, Types or Scales.
3.3 Simple problems on Plain and Diagonal Scale. Assignments.
4. PROJECTION OF POINTS [ Total Hrs. = 6 Hrs. ] SHEET NO-5
4.1 Position / location of Points, Horizontal plane, Vertical plane .
4.2 Assignments of Simple problems on different quadrants and Find the distance between two points.
4.3 Position/ Location of Points.
Assignments of Line inclined with one or both the reference plane.
5. PROJECTION OF LINES [ Total Hrs. = 9 Hrs. ] SHEET NO-6
5.1 Position / location of Points, Horizontal plane, Vertical plane .
5.2 Assignments of Simple problems on different quadrants and Find the distance between two
points.
5.3 Position/ Location of Lines.
1ST SEMESTER, NEW SYLLABUS 37
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Assignments of Line inclined with one or both the reference plane.
6. ORTHOGRAPHIC PROJECTION [ Total Hours = 15 hrs ] SHEET NO-7&8
6.1 Top View, Front View and Side View of Simple objects, block and machine parts with
dimensional scale. Assignments.
6.2 Sectional Front ,Top and Side Views As per IS – 696 for simple parts and blocks.
7. Rivet Heads and Joints : [ Total Hrs = 6 Hrs ] SHEET NO-9
7.1 Different types of Rivet Heads and Joints.
Top and Sectional Front views of Lap and Butt Joints with single double cover plates.
8. Isometric Projection [ Total Hrs. = 9 Hrs ] SHEET NO -10
a. Isometric Projection to true scale and isometric scale.
9. Thread Profiles ( REF IS 2043 IS – 554 ETC. ) 3hrs SHEET NO-11
10. Screwed Fastenings [ Total Hrs. = 6 Hrs. ] SHEET NO-12
10.1 Representation of external and internal threaded assembly symbolic .
Representation of threads.
10.2 Representation of Screws, Bolts, Nuts and Cutter.
11. Three (3) Class Tests [ Total Hrs. = 9 Hrs. ]
Reference Books :
1. Elementary Engineering Drawing [Plane and Solid Geometry]
By N.D. Bhatt, V.M. Panchal.
2. Geometrical and Machine Drawing By N.D. Bhatt
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1ST SEMESTER, NEW SYLLABUS 38
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6. Course Title: Basic Workshop Practice-I
Basic Workshop Practice
1st and 2nd semester for all branches Course code Ws -101, Ws- 201
There are 12 nos of shop out of which 6 shops are to be completed in each semester.
Total Marks 150 in each semester (Viva includes 50 , Sessional 100 in each semester)
Total Contact hours 90 in each semester
Course Content
1. Carpentry shop (12hrs)(Theory and Practice)
1.1 Introduction with the shop
1.2 Various structure of wood and types of wood
1.3 Different types of tools , machine and accessories used in Carpentry shop
1.4 Safety Precautions in workshop
Details of Practical Contents(3+3 hrs)
Demo of different wood working tools and machines
Demo of different wood working processes
Simple joints like T joints
One simple utility job so that it helps the institution also like name plate, switch boards etc.
2. Fitting Shop(12hrs) (Theory and Practice)
2.1 Introduction with the fitting shop
2.2 Various marking . measuring, cutting, holding and striking tools
2.3 Different Operations like chipping, filing, marking drilling etc.
2.4 Working principle of drilling machine, lapping dies etc
Details of Practical Contents(3+3 hrs)
Demo of different fitting tools and machines and power tools
Demo of different processes in fitting shop
Squaring of a rectangular metal piece
One simple utility job so that it helps the institution
3. Plumbing Shop (12hrs) (Theory and Practice)
3.1 Introduction
3.2 Various marking , measuring ,cutting, holding and striking tools
3.3 Different G.I. Pipes, PVC pipes, flexible pipes used in practice
3.4 GI pipes, PVC pipes fittings and accessories adhesive solvents, pipe layout
Details of Practical Contents (3+3 hrs)
1ST SEMESTER, NEW SYLLABUS 39
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Demo of Different Plumbing tools
Demo of Different operations
Cutting thread , using socket , elbow and tee etc.
Prepare a nipple of 6 inch or a 12 inch
Advised to prepare utility job
4. RCC shop (12hrs)(Theory and Practice)
4.1 Common Materials used in RCC shop
4.2 Various tools and equipment used in RCC shop
4.3 Different types of bonds and their details
4.4 Bending and binding of MS rods in RCC structures(cap., hook, crank up bar)
4.5 Lay out of Building Plinth
Details of Practical Contents(3+3 hrs)
Demo on binding of the RCC structure
Demo of reinforced cement concrete beam or slab with given proportion, curing process for
floor, wall on RCC castings
Tiles fitting with special surface made in floors, modern bathrooms
5. Painting Shop (12hrs)(Theory and Practice)
5.1 Introduction
5.2 Various tools and equipment, machines used in Painting shop
5.3 Preparation of Ingratiation of paint
5.4 Types of Resin and its uses
5.5 Preparation of Varnishes and uses
5.6 Safety and precautions to be taken
Details of Practical Contents(3+3 hrs)
To prepare a wooden surface for painting , apply wooden surface and polish the other side
To prepare metal surface for painting , apply primer and paint the same
To prepare a metal surface for spray painting, 1st spray primer and paint the same by spray
painting gun and compressor system
6. Welding Shop (12hrs) (Theory and Practice)
6.1 Introduction
6.2 Types of Welding, Arc Welding, Gas Welding, Gas Cutting
6.3 Welding of dissimilar materials, selection of welding rod material, size of rod and work piece
6.4 Different types of flames
6.5 Elementary symbolic Representation
6.6 Safety and precautions
Details of Practical Contents(3+3 hrs)
Demo of different welding tools and machines
Demo of Arc Welding, Gas Welding, Gas Cutter and rebuilding of broken parts with welding
1ST SEMESTER, NEW SYLLABUS 40
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Any one Composite job involving lap joint welding process from the following utility job like
grill, door, window frame, supporting frames etc.
7. Machine Shop(12hrs)(Theory and Practice)
7.1 Introduction
7.2 Study of Different types of Lathe machine , grinding Machine, shaping machine, Drilling
machine,
7.3 Study of Different types of hand tools and machine tools and parts
7.4 Safety & precautions
Details of Practical Contents(3+3 hrs)
Demo of different machines and their operations
Slot cutting by shaping machine (Horizontal and vertical)
The Preferably prepare a utility job
8. Turning shop(12hrs)(Theory and Practice)
8.1 Introduction
8.2 Various marking, measuring, cutting, holding, and string tools
8.3 Working principle of Drilling machine, tapping, dies, its uses
8.4 Safety precautions
Details of Practical Contents(3+3 hrs)
Demo of lathe machine, drilling machine
One job related to plane and taper turning , threading and knurling
One job related to drilling and tapping
9. Blacksmithy shop(12hrs)(Theory and Practice)
9.1 Introduction
9.2 Study of different processes involved in blacksmithy shop
9.3 Study of forging, hammering tools and their uses
9.4 Study of anvils its parts
9.5 Safety precautions
Details of Practical Contents(3+3 hrs)
Demo of different processes in black smithy
One job related to forging
One job related to cold working process
Preferably utility jobs to be prepared
10. Electrical Shop(12hrs)(Theory and Practice)
10.1 Introduction
10.2 Various terms and instruments used in electrical wiring
10.3 Study of different tools used in simple house wiring
1ST SEMESTER, NEW SYLLABUS 41
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10.4 Difference between ac and dc line
10.5 Safety precautions
Details of Practical Contents(3+3 hrs)
Demo of simple house wiring and use of tools
One job related to simple house wiring
Fittings of cut outs, fuses and other simple fittings etc.
Difference between Single phase wiring and three phase wiring
11. Pattern making shop(12hrs)(Theory and Practice)
11.1 Introduction
11.2 Tools used in Pattern making shop
11.3 Various Processes perfomed in the shop
11.4 Material used in the shop
11.5 Process of Casting
11.6 Study of pattern, its types
11.7 Cope, drag, risers etc
11.8 Green sand moulding etc
Details of Practical Contents(3+3 hrs)
Demo of pattern making
Different types of allowances provided
One job for pattern making from wood(so that students can practically prepare
in moulding shop
12. Moulding Shop(12hrs)(Theory and Practice)
12.1 Introduction
12.2 Materials used in moulding process
12.3 Tools used in moulding shop
12.4 Terms related with cope and drag , Green sand moulding etc.
12.5 Different types of moulding
12.6 Moulding sand composition and its properties
12.7 Safety precaution
Details of Practical Contents(3+3 hrs)
Demo of various moulding process like in moulding machine, casting
One job related to moulding preferably which is prepared in pattern making
With low melting point materials like wax etc. so that student can
practically understand the moulding process.
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1ST SEMESTER, NEW SYLLABUS 42
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7. Course Title: Development of Life Skill-I
DEVELOPMENT OF LIFE SKILL -I
L
1
T
0
P
2
Curri. Ref. No.: LS-I(comm.)110
Total Contact hrs :
Theory: 15
Tutorial: 0
Practical: 30
Credit :
Total marks: 50 Practical: 50
End Term Exam: 0
PA : 25
PT:25
Aim:-This subject is kept to
Conduct different session to improve students memory Power
Conduct different session to improve time management skills
Motivate student to face realistic problem with confidence and positive approach
Objective: - This course will enable the students to:
Develop reading skills
Use techniques of acquisition of information from various sources
Draw the notes from the text for better learning.
Apply the techniques of enhancing the memory power.
Develop assertive skills.
Prepare report on industrial visit.
Apply techniques of effective time management.
Set the goal for personal development.
Enhance creativity skills.
Develop good habits to overcome stress.
Face problems with confidence
1ST SEMESTER, NEW SYLLABUS 43
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DETAILED COURSE CONTENT
THEORY:
UNIT TOPIC/SUB-TOPIC TOTAL REMARKS
HRS.
Unit -1 Importance of DLS
Introduction to subject, importance in present context, application. 01(T)
Unit -2 Information Search
Information source –Primary, secondary, tertiary Print and non –
print, documentary, Electronic Information center, Library,
exhibition, Government Departments. Internet Information search
– Process of searching, collection of data –questionnaire, taking
Interview, observation method. 02(T)
Unit – 3 written communication
Method of note taking
Report writing –Concept, types and format. 01(T)
Unit – 4 Self Analysis
Understanding self—
Attitude, aptitude, assertiveness, self esteem, 02(T)
Confidence buildings. Concept of motivation.
*Report on self assessment to be submitted as P.A(Practical aAssignment) 06(Pr)
Unit – 5 Self Development
Stress Management –Concept, causes, effects and remedies to
Avoid / minimize stress.
Physical fitness – Importance, dietary guidelines and exercises.
Time management- Importance, Process of time planning, Urgent
Vs importance, Factors leading to time loss and ways to handle it,
Tips for effective time management.
Emotion-concept, Types, Controlling, Emotional intelligence,
Creativity-concept, Factors enhancing creativity
Goal setting-concept, setting smart goal 06(T) 3 days×2 hours
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Unit – 6 Study habits
Ways to enhance memory and concentration,
Developing reading skill,
Organization of knowledge,
Model and methods of learning. 03(T)
*Seminar by students, by any lecturer which will PA=5 Nos, 06(Pr)
be marked for practical assessment.
SUGGESTED LEARNING RESOURCES
Reference Books:
1. Personality Development & Soft Skills - B. K. Mitra, Oxford University Press
2. Basic Managerial Skills for All - E.H. McGrath, S.J., Prentice Hall of India Pvt Ltd
3. Body Language - Allen Pease, Sudha Publications Pvt. Ltd.
4. Creativity and problem solving - Lowe and Phil, Kogan Page (I) P Ltd
5. Decision making & Problem Solving - Adair, J, and Orient Longman
6. Develop Your Assertiveness - Bishop, Sue, Kogan Page India
7. Time management - Chakravarty, Ajanta, Rupa and Company
8. Life Skills Activities for Secondary Students with Special Needs - Darlene Mannix, Kindle Edition
Internet Assistance:
1) http://www.mindtools.com
2) http://www.stress.org
3) http://www.ethics.com
4) http://www.coopcomm.org/workbook.htm
5) http://www.mapfornonprofits.org/
6) http://www.learningmeditition.com http://bbc.co.uk/learning/courses/
7) http://eqi.org/
8) http://www.abacon.com/commstudies/interpersonal/indisclosure.html
9) http://www.mapnp.org/library/ethics/ethxgde.htm
10)http://www.mapnp.org/library/grp_cnfl/grp_cnfl.htm
11)http://members.aol.com/nonverbal2/diction1.htm
12)http://www.thomasarmstron.com/multiple_intelligences.htm
13)http://snow.utoronto.ca/Learn2/modules.html
14)http://www.quickmba.com/strategy/swot/
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Practical:
Suggested List of activities:
Conduct Guest Lectures.
Conduct Industrial visits.
Conduct Seminar/Group Discussions. 3Nos, 06 (Pr.)
Suggested List of Assignments/Tutorial:
The Term Work Will Consist Of Following Assignments. 5 Nos, 06(Pr.)
1 Library search:- Visit your Institute’s Library and enlist the books available on the topic given by your
teacher. Prepare a bibliography consisting name of the author, title of the book, publication and place of
publication.
2 Enlist the magazines, periodicals and journals being available in your library. Select any one of them and write
down its content. Choose a topic for presentation.
3 Attend a seminar or a guest lecture, listen it carefully and note down the important points and prepare a report
of the same.
4 Visit to any one place like historical/office/farms/development sites etc. and gather information through
observation, print resources and interviewing the people.
5. Prepare your individual time table for a week PA=5Nos, 06(Pr.)
(a) List down your daily activities.
(b) Decide priorities to be given according to the urgency and importance of the activities.
(c) Find out your time wasters and mention the corrective measures.
6 Keep a diary for your individual indicating- planning of time, daily transactions, collection of good thoughts,
important data, etc
7 Find out the causes of your stress that leads tension or frustration .Provide the ways to Avoid them or to
reduce them.
8 Undergo the demonstration on yoga and meditation and practice it. Write your own views, feeling and
experiences on it.
NOTE: - THESE ARE THE SUGGESTED ASSIGNMENTFOR GUIDE LINES TO THE SUBJECT
TEACHER. HOWEVER THE SUBJECT TEACHERS CAN SELECT, DESIGN ANY ASSIGNMENT
RELEVANT TO THE TOPIC, KEEPING IN MIND THE OBJECTIVES OF THIS SUBJECT.
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